electrostatSolver Class Reference

#include <electrostatSolver.h>

Public Member Functions
	electrostatSolver (Mesh::mesh const &_msh, STT const &_p_stt, const double _tol, const bool v, const int max_iter, const std::string _fileName)
void	calc_gradV (Tetra::Tet const &tet, Eigen::Ref< Eigen::Matrix< double, Nodes::DIM, Tetra::NPI >> _gradV) const
void	calc_Hm (Tetra::Tet const &tet, Eigen::Ref< Eigen::Matrix< double, Nodes::DIM, Tetra::NPI >> _gradV, Eigen::Ref< Eigen::Matrix< double, Nodes::DIM, Tetra::NPI >> _Hm) const

Private Member Functions
void	prepareExtras (void)
void	infos (void)
void	prepareData (std::vector< Eigen::Triplet< double >> &Kw, Eigen::Ref< Eigen::VectorXd > Lw)
int	solve (const double _tol)

Private Attributes
double	ksi
double	D0
double	pf
Mesh::mesh	msh
STT	p_stt
const bool	verbose
const unsigned int	MAXITER
const int	precision
const std::string	fileName
std::vector< double >	V
std::vector< Eigen::Matrix< double, Nodes::DIM, Tetra::NPI > >	gradV
std::vector< Eigen::Matrix< double, Nodes::DIM, Tetra::NPI > >	Hm

Detailed Description

this class is containing both data and a solver to compute potential from dirichlet boundary conditions problem for the current density flowing in the sample.

Constructor & Destructor Documentation

electrostatSolver()

electrostatSolver::electrostatSolver ( Mesh::mesh const &  _msh, STT const &  _p_stt, const double  _tol, const bool  v, const int  max_iter, const std::string  _fileName  )

inline

constructor

Parameters

[in]	_msh	reference to the mesh
	_p_stt	all spin transfer torque parameters
[in]	_tol	tolerance for solvers
[in]	v	verbose bool
[in]	max_iter	maximum number of iteration
[in]	_fileName	output .sol file name for electrostatic potential

Member Function Documentation

calc_gradV()

void electrostatSolver::calc_gradV ( Tetra::Tet const &  tet, Eigen::Ref< Eigen::Matrix< double, Nodes::DIM, Tetra::NPI >>  _gradV  ) const

inline

computes the gradient(V) for tetra tet

calc_Hm()

void electrostatSolver::calc_Hm ( Tetra::Tet const &  tet, Eigen::Ref< Eigen::Matrix< double, Nodes::DIM, Tetra::NPI >>  _gradV, Eigen::Ref< Eigen::Matrix< double, Nodes::DIM, Tetra::NPI >>  _Hm  ) const

inline

computes Hm contributions for each npi for tetrahedron tet

infos()

void electrostatSolver::infos ( void  )

inlineprivate

basic informations on boundary conditions

prepareData()

void electrostatSolver::prepareData ( std::vector< Eigen::Triplet< double >> &  Kw, Eigen::Ref< Eigen::VectorXd >  Lw  )

inlineprivate

fill matrix and vector to solve potential values on each node

prepareExtras()

void electrostatSolver::prepareExtras ( void  )

inlineprivate

affect extraField function and extraCoeffs_BE function for all the tetrahedrons

solve()

int electrostatSolver::solve ( const double  _tol )

inlineprivate

solver, using biconjugate stabilized gradient, with diagonal preconditionner and Dirichlet boundary conditions

Member Data Documentation

D0

double electrostatSolver::D0

private

density of states

fileName

const std::string electrostatSolver::fileName

private

output .sol file name for electrostatic problem

gradV

std::vector< Eigen::Matrix<double,Nodes::DIM,Tetra::NPI> > electrostatSolver::gradV

private

table of the gradients of the potential, gradV.size() is the number of tetra

Hm

std::vector< Eigen::Matrix<double,Nodes::DIM,Tetra::NPI> > electrostatSolver::Hm

private

table of the Hm vectors (contribution of the STT to the tet::integrales) ; Hm.size() is the number of tetra

ksi

double electrostatSolver::ksi

private

ksi is in Thiaville notations beta_DW

MAXITER

const unsigned int electrostatSolver::MAXITER

private

maximum number of iteration for biconjugate stabilized gradient

msh

Mesh::mesh electrostatSolver::msh

private

mesh object to store nodes, fac, tet, and others geometrical values related to the mesh ( const ref )

p_stt

STT electrostatSolver::p_stt

private

spin transfer torque parameters

pf

double electrostatSolver::pf

private

a prefactor for BE coefficient coefficients

precision

const int electrostatSolver::precision

private

number of digits in the optional output file

V

std::vector<double> electrostatSolver::V

private

electrostatic potential values for boundary conditions, V.size() is the size of the vector of nodes

verbose

const bool electrostatSolver::verbose

private

if verbose set to true, some printing are sent to terminal

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The documentation for this class was generated from the following file:

• electrostatSolver.h